CoverMyMeds MCP Server

What is the CoverMyMeds MCP server?

The CoverMyMeds MCP server is a connector that lets AI agents (Claude, ChatGPT, Cursor, and other MCP clients) run electronic prior authorization, benefit verification, and specialty-enrollment workflows through CoverMyMeds using a standard protocol.

In short: CoverMyMeds provides medication-access solutions: electronic prior authorization (ePA) with payer-specific questionnaires, prescription benefit verification, formulary alternatives, specialty medication enrollment and hub coordination, and attachments management, connecting provider systems, payer portals, and PBMs.

CoverMyMeds doesn't ship an official MCP server, and CoverMyMeds' prior-authorization, determination, and specialty-enrollment workflows often sit behind web apps with payer-specific question sets rather than a unified public API. Supergood builds and maintains the connector by reverse-engineering CoverMyMeds's authenticated web and network flows and exposing them as MCP tools an agent can call directly, plus a normalized REST API underneath.

What you can do with CoverMyMeds via MCP

Once connected, an agent can:

• Submit and track electronic prior authorizations (ePA) with payer questionnaires and attachments.
• Run prescription benefit verification: coverage, copay, tier, utilization-management flags.
• Identify formulary alternatives and substitution options.
• Enroll patients in specialty hub programs: consent, labs, documentation.
• Manage attachments and documentation for PA and appeals.
• Track determinations, pending-info requests, and appeals.
• Look up patients, prescribers, payers, plans, and PBMs.

How to connect CoverMyMeds to Claude, ChatGPT & Cursor

Connecting works like any other MCP server. The short version:

• Claude (Desktop or claude.ai): add the CoverMyMeds MCP server under Settings → Connectors (or your MCP config), authorize the CoverMyMeds account Supergood provisions, and the tools show up in any chat, including agent runs.
• ChatGPT: add it as a connector under Settings → Connectors, authorize, and ChatGPT can call the CoverMyMeds tools in conversations and in agent mode.
• Cursor: add the server to your MCP config (mcp.json or Settings → MCP), reload, and the tools are available to the agent.

Supergood owns the auth piece (credentials, MFA, session refresh), so the connection doesn't drop. New to MCP? Our explainer covers what an MCP server is and how clients connect to one.

How Supergood builds the CoverMyMeds MCP server

Supergood doesn't wait for CoverMyMeds to ship an API. We reverse-engineer the authenticated web and network flows behind CoverMyMeds, normalize the responses, and wrap them as MCP tools, plus the underlying REST API if you'd rather call it from code.

• Auth and MFA, handled. Supergood provisions a dedicated CoverMyMeds account (email and phone managed by us) and keeps the session alive through MFA, token expiry, and re-auth.
• Normalized data. Responses come back in consistent JSON shapes across modules, not the raw shape CoverMyMeds's front-end happens to return.
• Monitored and adapted. When CoverMyMeds changes its web and network UI or internal API, monitoring catches it and the connector gets patched, usually before it reaches you.
• Payer question sets, handled. Each payer has its own PA form and clinical questions; Supergood maps them so the agent works with one consistent request shape.

Getting Started

• Schedule Integration Assessment

Book a 30-minute call to confirm which CoverMyMeds modules and workflows you need and how authentication should work.

• Supergood Builds and Validates Your MCP Server

We deliver a hardened CoverMyMeds connector (MCP tools plus the underlying API) scoped to your workflows and entitlements.

• Deploy with Monitoring

Go live with continuous monitoring and automatic adjustments as CoverMyMeds changes.